Abstract: In this paper，the advanced oxidation processes (AOPs) used for degrading bisphenol A，one kind of endocrine disrupters in waste water，are reviewed. The most important five types of AOPs：Fenton and UV-Fenton Oxidation，electrochemical oxidation，photolysis and photooxidation，ultrasonic radiation and photocatalysis oxidation are discussed，including degradation mechanism，degradation results，influence factors as well as the potential application of each AOP. Based on different conditions of the five AOPs，there is a broad prospect via reasonable design，advantageous combination and modeling optimization. The trend is to develop a technology for endocrine disrupters and persistent organic pollutants with low energy consumption，high efficiency and extensive applicability.

Key words: advance oxidation processes(AOPs), endocrine disrupters compounds(EDCs), bisphenol A(BPA), oxidative degradation

摘要： 对高级氧化技术降解污水中一种内分泌干扰物双酚A（BPA）的作用机理和研究现状进行了综合评述。针对高级氧化技术中最重要的5种技术，即芬顿氧化及光-芬顿氧化、电化学氧化、光分解及光氧化、超声辐射和光催化氧化，详述了各种氧化技术的作用机理、降解效果以及影响因素等。还对这5种高级氧化技术今后可能的发展方向做了初步展望，鉴于各种高级氧化技术降解BPA的条件不同，通过合理设计多种高级氧化技术复合作用并建立优化模型，开发低能耗、高效率以及广泛适用于内分泌干扰物及持久性有机污染物的处理技术。

关键词: 高级氧化技术, 内分泌干扰物, 双酚A, 氧化降解